TWI649705B - Ticket checking system and method thereof combined with mobile device and electronic ticket - Google Patents

Abstract

A ticket checking system and method for combining a mobile device and an electronic ticket. The method includes: a near field communication module of the mobile device sensing an electronic ticket ticket card, wherein the memory unit of the electronic ticket card includes a performance ticket data area; the processor of the mobile device reads the electronic ticket card a card number; the processor of the mobile device executes a key authentication verification program; in the case that the key authentication verification program is successfully verified, the processor of the mobile device executes a dynamic anti-counterfeiting verification program; and the dynamic anti-counterfeiting verification program verifies In the case of success, the processor of the mobile device writes a verification success information to the performance check ticket database of the mobile device and the exhibition activity check data area of the electronic ticket card; and the display of the mobile device The status of the e-ticket ticket card is displayed.

Description

Ticket checking system and method thereof combined with mobile device and electronic ticket

The invention relates to a ticket checking system and a method thereof, in particular to a ticket checking system and a method thereof for combining a mobile device and an electronic ticket.

Most of the current show ticketing modes are still in the traditional mode "paper ticket" for ticket checking. Some operators will use the "check-in machine (fixed-point)" and scan the "QR code" mode for ticket inspection. Homework, and only a small number of operators use the "wafer card" part for ticket inspection. Regardless of which of the above practices is used, the following problems occur:

Traditional paper tickets: It is easy for people who are interested to deliberately speculate on fares (such as Jiangyin's retired concerts in recent years, Mayday concerts, etc.), which in turn leads to the phenomenon of yellow cattle and destroys the overall industrial market. In addition, it is impossible to completely eliminate the situation in which paper tickets are repeatedly used and copied.

Ticket inspection machine (fixed point type): This type of ticket inspection machine is the same as the ticket inspection machine placed on the MRT station and bus, so there are also (1) power supply configuration, (2) wiring, (3) poor mobility, (4) Network equipment, (5) sensing equipment and (6) site location and other conditions. In order to meet the above many conditions, it is necessary to test the factors of the right place and the right place. Even if you really have (or overcome) the above conditions, the cost will be relatively high.

Scan QR code: This mode is currently a trend, but because QR code has the risk of being stolen, it will cause the original owner of the QR code to be damaged, and it will cause problems in the management of the curator/sales unit, for example At the scene of the exhibition, additional personnel must be dispatched to exclude the votes of those who are willing to take the informal pipeline.

Wafer card: This mode allows the consumer to carry out the ticket inspection operation through the mobile device as long as the consumer holds the approved ticket card, but the service (value) extended by the ticket card will also follow the performance event. Interrupted.

Therefore, in view of the above-mentioned lack of the ticket checking mode of the show, it is necessary to seek a solution.

Accordingly, it is an object of the present invention to provide a ticket checking system for a performance event incorporating a mobile device and an electronic ticket.

Therefore, the present invention combines a mobile device and an electronic ticket proofing activity ticket checking system, and includes an electronic ticket ticket card and a mobile device. The electronic ticket card includes a memory unit, an arithmetic unit, and a communication unit. The memory unit has a show activity check data area, and is used to store a card number and a set of ticket keys corresponding to the check ticket data area of the show event. The mobile device includes a near field communication module, a memory for storing a library of performance check tickets, a display, and a processor. The processor is electrically connected to the near field communication module, the memory, and the display, and is configured to: cause the near field communication module to sense the communication unit of the electronic ticket ticket card; and read the card number of the electronic ticket ticket card Performing a key authentication verification program associated with the card number; in case the verification of the key authentication verification program is successful, executing a dynamic anti-counterfeiting verification program associated with the card number; if the dynamic anti-counterfeiting verification program is successfully verified And writing a verification success information to the performance ticket inspection database of the mobile device and the exhibition activity ticket inspection data area of the electronic ticket ticket card; and causing the display to display the status of the electronic ticket ticket card.

Another object of the present invention is to provide a method of ticket checking for a show activity in conjunction with a mobile device and an electronic ticket.

Therefore, the present invention combines a mobile device and an electronic ticket proofing activity ticket checking method, comprising: (A) a near field communication module of a mobile device sensing a communication unit of an electronic ticket ticket card, wherein the electronic ticket ticket card One of the memory units includes a show activity ticket data area; (B) one of the mobile devices reads a card number of the electronic ticket card; (C) the processor of the mobile device performs an association with the card number a key authentication verification program; (D) in the case where the authentication of the key authentication verification program is successful, the processor of the mobile device executes a dynamic anti-counterfeiting verification program associated with the card number; (E) in the dynamic anti-counterfeiting verification If the program verification is successful, the processor of the mobile device writes a verification success information to the performance check ticket database of the mobile device and the exhibition ticket data area of the electronic ticket card; and F) One of the mobile devices displays the status of the electronic ticket card.

The effect of the present invention is to introduce an "electronic ticket" (such as a card, etc.) as one of the exhibiting activities, and to further utilize its characteristics, so that the consumer can not only use the electronic ticket as a ticket for the performance event. The electronic ticket can also be used to take the transportation tool to the scene of the exhibition to soothe the traffic, and the electronic ticket can be used to purchase the products around the exhibition to reduce the cash transaction of the booth (avoiding the receipt of counterfeit banknotes and short cash receipts).

Referring to FIG. 1, the main feature of the embodiment of the present invention is to introduce an "electronic ticket" (such as a card) as one of the exhibition activities, and further can be further introduced. The land uses its characteristics so that consumers can not only use the electronic ticket as a ticket for the show event, but also use the electronic ticket to take the transportation tool to the exhibition site to ease the traffic, and use the electronic ticket to purchase the products around the show event. In order to reduce the cash transaction situation of the booth (can avoid the receipt of counterfeit banknotes and short cash receipts).

In this embodiment, the ticketing system of the combined action device and the electronic ticket includes an electronic ticket card 1, a mobile device 2, and a card-making device 3 including a performance ticket service database 31.

In this embodiment, the electronic ticket ticket card 1 includes a memory unit 11 (such as an EEPROM, etc.), an arithmetic unit 12, and a communication unit 13. The memory unit 11 has a show activity ticket data area 112 and a further data area 114, and is used to store a card number (UID) 111 and a set of ticket key 113 corresponding to the show activity ticket data area 112. Among them, the other data area 114 is a storage and storage balance (available for transportation by means of transportation or convenience store consumption, etc.).

The mobile device 2 includes a near field communication (NFC) module 21, a memory 23, a display 24, and a processor 22 electrically connected to the near field communication module 21, the memory 23, and the display 24. In this embodiment, the mobile device 2 can be, for example, a smart phone or a tablet computer including the near field communication module 21.

The memory 23 is mainly used to store a ticket application (APP) 230 executable by the processor 22. In this embodiment, the ticket application 230 includes a Java program 231 having a executor 2311 and a show ticket database (eg, SQLite 2312, etc.), a Java Native Interface (Java Native Interface, JNI) 232, and a key verification module 233 having a C program 2331 and a set of verification keys 2332 corresponding to the show ticket data area 112 of the electronic ticket card 1.

Therefore, the present invention can sense the electronic ticket ticket card 1 by the near field communication module 21 of the mobile device 2 to enable the processor 22 to read and write the exhibition activity ticket data area 112 of the electronic ticket ticket card 1. At the same time, it is supplemented by the "double key verification (including key authentication verification, and dynamic security verification)" method to solve the problem of the current ticket inspection activity.

Referring to Figures 1 and 2, an embodiment of the ticket checking method of the present invention in conjunction with the mobile device and the electronic ticket is the execution program 2311 in the ticket application APP 230, and includes the following steps. First, as shown in step 41 of FIG. 2, the near field communication module 21 of the mobile device 2 senses the communication unit 13 of the electronic ticket ticket card 1. In this embodiment, the consumer can bring the electronic ticket ticket card 1 close to the mobile device 2 of the exhibiting activity ticket inspector to automatically open the ticket application APP 230 of the mobile device 2, and let the mobile device 2 start the ticket verification. Alternatively, the ticket inspector may also select the icon (Icon) of the ticket application APP 230 presented on the display 24 of the mobile device 2, and open the ticket application APP 230 of the mobile device 2 to make the mobile device 2 Start the ticket inspection operation.

Next, as shown in step 42, the processor 22 of the mobile device 2 determines whether the card number 111 of the electronic ticket card 1 can be read. If the result of the determination is negative, the reading is unsuccessful, and the ticket checking operation is ended, and the holder of the electronic ticket card 1 is not allowed to view the performance.

On the other hand, if the result of the determination in step 42 is YES, indicating that the reading is successful, then as shown in step 43, the processor 22 of the mobile device 2 determines whether the read card number 111 exists in a white list stored in the SQLite 2312. The white list records information such as the card number 111 of the electronic ticket ticket card 1 of the participating audience of the exhibition event. If the determination result is no, it indicates that the read card number 111 does not exist in the white list, so the ticket checking operation is ended, and the holder of the electronic ticket ticket card 1 is not allowed to view the performance.

On the other hand, if the result of the determination in step 43 is YES, it indicates that the read card number 111 exists in the white list, and then, as shown in step 44, the processor 22 of the mobile device 2 performs an association with the card number 111. Key authentication verification program. In this embodiment, when the executing program 2311 determines that the read card number 111 exists in the white list, it performs the key authentication verification by calling the C program 2331 of the key verification module 233 through the jni 232. program.

Referring to the following block 1, corresponding to the key authentication verification program, the set of ticket key 113 stored in the electronic ticket card 1 includes a diversified ticket key and stored in the mobile device 2 The set of verification keys 2332 in the ticket APP 230 includes a master key KEY_M, which is generated when the electronic ticket card 1 is issued.

Block 1: Key Authentication Verification Procedure  <TABLE border="1" borderColor="#000000" width="85%"><TBODY><tr><td> KEY_M: Master Key</td></tr><tr><td> UID: Card Number</td></tr><tr><td> KEY_D: Diversified Authentication Key</td></tr><tr><td> P_Data=Composed of UID</td></tr>< Tr><td> KEY_D=first encryption algorithm (P_Data, KEY_M) </td></tr></TBODY></TABLE>

Therefore, since the card-making device 3 issues each electronic ticket ticket card 1 , an individual and unique diversified authentication key is generated and stored in each electronic ticket card 1 as the diversified ticket card key. Therefore, the diversified ticket card keys of each electronic ticket card 1 are different, thereby reducing the possibility that the diversified ticket card key and the electronic ticket card 1 are easily cracked.

The verification process of the key authentication verification program is as follows. First, a first input plaintext P_Data is generated according to the card number 111. Then, using the first input plaintext P_Data and the master key KEY_M as parameters, the diversified authentication key KEY_D is calculated by using a first cryptographic algorithm based on cryptography. If the calculated diversified authentication key KEY_D is not equal to the diversified ticket card key in the electronic ticket card 1, it indicates that the key authentication verification program fails to verify, and then, as shown in step 45, the mobile device 2 The processor 22 writes this verification failure information to its SQLite 2312, and then displays the verification failure information on the display 24 as shown in step 49.

On the other hand, if the calculated diversified authentication key KEY_D is equal to the diversified ticket key in the electronic ticket card 1, the key authentication verification procedure of step 44 is successful, and then, as shown in step 46, The processor 22 of the mobile device 2 executes a dynamic anti-counterfeiting verification program associated with the card number 111. In this embodiment, after the C program 2331 determines that the key authentication verification program is successfully verified, it further executes the dynamic anti-counterfeiting verification program.

Referring to the following block 2, corresponding to the dynamic anti-counterfeiting verification program, the group card key 113 stored in the electronic ticket card 1 includes a dynamic anti-counterfeit card key, and is stored in the mobile APP's verification APP. The set of verification keys 2332 in 230 includes a security verification key KEY_DCPC, wherein the DCPC represents a Dynamic Counterfeit Proof Code.

Box 2: Dynamic Security Verification Program  <TABLE border="1" borderColor="#000000" width="85%"><TBODY><tr><td> KEY_DCPC: Anti-counterfeiting verification key</td></tr><tr><td> UID : card number </td></tr><tr><td> Random: random data</td></tr><tr><td> Transaction_Time: check date and time (ie, write transaction time) </ Td></tr><tr><td> IV=Random composition</td></tr><tr><td> Register_Flag: ticket check flag DCPC: dynamic anti-counterfeit verification code P_Data= by Register_Flag, UID, Transaction_Time Composition DCPC = second encryption algorithm (P_Data, KEY_DCPC, IV) </td></tr></TBODY></TABLE>

Therefore, since the card making apparatus 3 and the mobile device 2 write data to the electronic ticket ticket card 1 at the ticket making stage of the card making apparatus 3 and the ticket checking stage of the mobile device 2, the writing transaction time is based on the writing transaction time. The check mark flag and the generated random data generate the dynamic anti-counterfeiting verification code DCPC correspondingly stored in the electronic ticket card 1 as the dynamic anti-counterfeit ticket key, so in the process of checking the ticket, the mobile device 2 The dynamic anti-counterfeiting verification code DCPC check process will be carried out. If the calculated dynamic anti-counterfeit verification code DCPC is inconsistent with the dynamic anti-counterfeit ticket key, it means that the ticket inspection data has been tampered with. It will show errors and failures. The dynamic anti-counterfeiting verification code DCPC check is to prevent the key authentication verification program in the above box 1 from being cracked and formed.

The verification process of the dynamic anti-counterfeiting verification program is as follows. First, one of the last transaction time Transaction_Time, one last check flag Register_Flag, and one last random number data Random are read from the electronic ticket ticket card 1. Then, the second input plaintext P_Data is generated according to the card number UID, the last transaction time Transaction_Time, and the last ticket check flag Register_Flag. Next, an initial vector (Initial Value, IV) is generated using the last random number data Random. Then, using the second input plaintext P_Data, IV and the anti-counterfeiting verification key KEY_DCPC as parameters, the dynamic anti-counterfeiting verification code DCPC is calculated by using a second cryptographic algorithm based on cryptography.

If the calculated dynamic anti-counterfeit verification code DCPC is not equal to the dynamic anti-counterfeit ticket key in the electronic ticket card 1, indicating that the dynamic anti-counterfeiting verification program fails to be verified, and then, as shown in step 45, the processor 22 of the mobile device 2 This verification failure information is written into its SQLite 2312, and then, as shown in step 49, the verification failure information is displayed on the display 24.

On the other hand, if the calculated dynamic anti-counterfeit verification code DCPC is equal to the dynamic anti-counterfeit ticket key in the electronic ticket card 1, the dynamic anti-counterfeiting verification program of step 46 is successfully verified, and the dynamic anti-counterfeiting verification program of step 46 is further Including: generating one of the write transactions, the transaction time Transaction_Time, a current check flag Register_Flag, and a random data Random; according to the card number UID, the transaction time Transaction_Time and the current test a ticket flag Register_Flag, updating the second input plaintext P_Data; and using the updated second input plaintext P_Data, the current random data Random and the security verification key KEY_DCPC as parameters, using the second encryption algorithm, Update the dynamic anti-counterfeit verification code DCPC.

Next, as shown in step 47, the ticket application APP 230 determines whether it is the first time the card is read. If not, it is indicated as a duplicate ticket, so then, as shown in step 45, the ticket application APP 230 writes the duplicate ticket information into its SQLite 2312, and then displays the repeat on display 24 as shown in step 49. Ticket inspection information.

On the other hand, if the result of the determination in step 47 is YES, it is indicated as the first ticket, and then, as shown in step 48, the ticket application APP 230 writes a verification success information to the SQLite 2312 of the mobile device 2 and the electronic The verification ticket success information includes the updated dynamic anti-counterfeiting verification code, the current transaction time, the current verification flag, and the current chaos. Number information. Finally, the display 24 of the mobile device 2 displays the successful ticket verification and the ticket verification ends.

In summary, the present invention has the following advantages:

(1) Improve the traditional fixed-point ticketing mode and conduct ticket inspection in a mobile and portable mode: due to the characteristics of the mobile device, the previous fixed-point mode ticket can be improved, so that in addition to the effective maneuvering of on-site manpower for mobility, it can be more flexible. Manpower to check tickets at different entry points), and will not affect the best planning of the moving line because of restrictions on the field;

(2) Strengthening the anti-counterfeiting/authentication mechanism of the ticket, avoiding the intentional manipulation of prices or imitation of the ticket: the "paper ticket" and the "QR code" are at risk of being stolen, copied and monopolized, resulting in fake tickets and scalper tickets. Wait for an abnormal ecology to appear. The innovative service model of the present invention can greatly reduce or even eliminate the above-mentioned malicious ecological living space;

(3) Significantly reduce the operating costs of the show activities, and enrich and enrich the overall ecology of the industry: the introduction of the innovative service model of the invention will significantly reduce the cost of traditional ticket inspection (power configuration / wiring / mobility / network equipment / Induction equipment/site location/human resource allocation), and the cost saved can be used to enrich and enrich the overall ecology of the industry through appropriate use or feedback to consumers;

(4) To give the ticket-derived function, encourage the public to take the means of transportation, and respond to the green transportation and electronic payment. The purpose of the government announcement is: before the introduction of the "electronic ticket" as the ticket for the exhibition, the exhibition ticket is only Can be used for activities as a current use. After the introduction of the electronic ticket, you can make better use of its features, including using transportation tools to go to the show site to ease traffic, use electronic tickets to purchase products or booths around the show to reduce cash transactions (avoid receipt of counterfeit banknotes and short receipts) Cash situation); and

(5) Using data management to effectively dispatch on-site manpower and post-extension management, and improve the management efficiency and quality of the show activities: the mobile device of the present invention can satisfy the requirements of the check-in service ticket database connected to the card-making equipment. Therefore, in the current activities, data management can be used to manage and arrange manpower to balance and maintain the smoothness of each entrance. In addition, during the ticket inspection process, the SQLite of the APP of the mobile device of the present invention and the ticket inspection service database of the card-making equipment can record the information in the ticket inspection process, so the information can be used for post-show management and review. In order to enhance and improve the quality of the performances.

Therefore, the object of the present invention can be achieved.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the simple equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still Within the scope of the invention patent.

1····· E-ticket ticket card 11···· Memory unit 111·· Card number 112·· Exhibition activity ticket information area 113·· Ticket key 114·· Other data area 12··· Operation unit 13 ··· Communication unit 2····· Mobile device 21··· Near field communication module 22··· Processor 23··· Memory 230·· Checking application (APP) 231·· Java program 2311 · Execution program 2312· SQLite 232·· Java body interface (jni) 233·· Key verification module 2331· C program 2332· Verification key 24··· Display 3····· Card-making device 31··· Exhibition activity ticket service database 41~49 steps

Other features and advantages of the present invention will be apparent from the embodiments of the present invention, wherein: FIG. 1 is a functional block diagram illustrating an embodiment of the present invention incorporating a mobile device and an electronic ticket proof event ticketing system. And FIG. 2 is a flow chart illustrating an embodiment of the present invention in conjunction with a mobile device and an electronic ticket proofing method.

Claims (8)

A ticket checking system for a show activity combined with a mobile device and an electronic ticket includes: an electronic ticket ticket card, comprising: a memory unit having a show ticket data area for storing a card number and a set corresponding to the show event a ticket key of the ticket inspection data area, wherein the group ticket key includes a diversified ticket key, and the diversification ticket key is generated when the electronic ticket card is issued; Connected to the memory unit; and a communication unit electrically connected to the computing unit; a mobile device comprising: a near field communication module; a memory for storing a performance check ticket database; a display; The processor electrically connects the near field communication module, the memory, and the display, and is configured to: cause the near field communication module to sense the communication unit of the electronic ticket card; and read the card number of the electronic ticket card Performing a key authentication verification program associated with the card number, the key authentication verification program comprising: generating a first input plaintext according to the card number; and Using the first input plaintext and a master key stored in the mobile device and corresponding to the card number as a parameter, using a first encryption algorithm to calculate a diversified authentication key, wherein the diversification authentication The key is equal to the diversified ticket key in the memory unit of the electronic ticket card, indicating that the key authentication verification program is successfully verified; and if the key authentication verification program is successfully verified, performing an association with the key a dynamic anti-counterfeiting verification program for the card number; in the case where the verification of the dynamic anti-counterfeiting verification program is successful, writing a verification success information to the performance ticket inspection database of the mobile device and the exhibition activity ticket of the electronic ticket card a data area; and causing the display to display the status of the electronic ticket card. The action ticket checking system of the combined action device and the electronic ticket according to claim 1, wherein the group card key in the memory unit of the electronic ticket card includes a dynamic anti-counterfeit ticket key, the dynamic anti-counterfeiting The ticket key is generated when the electronic ticket card is written once. The dynamic anti-counterfeiting verification program includes: reading the last transaction time of the last written transaction from the electronic ticket card, the last time a ticket check flag, and a last random number data; generating a second input plaintext based on the card number, the last transaction time, and the last ticket check flag; and the second input plaintext, the last mess Number of data and one stored in the The anti-forgery verification key corresponding to the card number in the mobile device is a parameter, and a dynamic anti-counterfeit verification code is calculated by using a second encryption algorithm, wherein if the dynamic anti-counterfeit verification code is equal to the memory unit of the electronic ticket card The dynamic anti-counterfeit ticket card key indicates that the dynamic anti-counterfeiting verification program is successfully verified. The action security verification program according to claim 2, wherein the dynamic anti-counterfeiting verification program further comprises: generating one of the transaction transactions, the current transaction time, and a verification ticket flag. And a random amount of data; updating the second input plaintext according to the card number, the transaction time and the current check flag; and the second input plaintext of the update, the current random number The data and the anti-counterfeiting verification key are parameters, and the dynamic anti-counterfeiting verification code is updated by using the second encryption algorithm. The activity verification ticketing system of the combination of the mobile device and the electronic ticket according to claim 3, wherein the verification success information includes the updated dynamic anti-counterfeiting verification code, the current transaction time, and the current verification flag. And this random data. A method for verifying a performance of a mobile device in combination with a mobile device and an electronic ticket includes the following steps: (A) a near field communication module of a mobile device sensing a communication unit of an electronic ticket card, wherein the electronic ticket card A memory unit includes an exhibition activity ticket information area, and stores a diversified ticket card key, a diversified ticket card key is generated when the electronic ticket card is issued; (B) one of the mobile devices reads a card number of the electronic ticket card; (C) the processor of the mobile device executes a key authentication verification program associated with the card number, the key authentication verification program comprising: (C-1) generating a first input plaintext according to the card number; and (C-2) using the first input plaintext and one And storing, by using a first encryption algorithm, a diversified authentication key, wherein the diversified authentication key is equal to the e-ticket ticket card, is stored in the mobile device and the primary key corresponding to the card number is a parameter The diversified ticket key in the memory unit indicates that the key authentication verification program is successfully verified; (D) in the case that the key authentication verification program is successfully verified, the processor of the mobile device performs an association The dynamic anti-counterfeiting verification program of the card number; (E) in the case that the dynamic anti-counterfeiting verification program is successfully verified, the processor of the mobile device writes a verification success information to one of the mobile device exhibiting activity verification database And the e-ticket And the (F) display of one of the mobile devices displays the status of the electronic ticket card. The method for verifying the activity of the combined mobile device and the electronic ticket according to claim 5, wherein the memory unit of the electronic ticket card stores a dynamic a security ticket card key, which is generated when the electronic ticket card key is written once, and the dynamic anti-counterfeiting verification program in the step (D) includes: (D-1) from the The electronic ticket ticket card reads one of the last transaction time of the last written transaction, a last ticket check flag, and a last random number data; (D-2) according to the card number, the last transaction time, and the The last check flag, generating a second input plaintext; and (D-3) the second input plaintext, the last random number data, and an anti-counterfeiting verification certificate stored in the mobile device and corresponding to the card number The key is a parameter, and a dynamic anti-counterfeit verification code is calculated by using a second encryption algorithm, wherein the dynamic anti-counterfeiting verification code is equal to the dynamic anti-counterfeit ticket key in the memory unit of the electronic ticket card, indicating the dynamic The security verification program was successfully verified. The method for verifying the activity of the combined action device and the electronic ticket according to claim 6, wherein the dynamic anti-counterfeiting verification program in the step (D) further comprises: (D-4) generating one of the write transactions. The transaction time, a check mark flag, and a random amount of information; (D-5) update the second input plaintext according to the card number, the current trading time and the current check mark flag And (D-6) updating the dynamic anti-counterfeiting verification code by using the updated second input plaintext, the current random number data, and the anti-counterfeiting verification key as parameters. The method for verifying the activity of the combined action device and the electronic ticket according to claim 7, wherein the verification success information in the step (E) includes the updated dynamic anti-counterfeiting verification code, the current transaction time, and the current transaction time. This check mark, and the current random data.